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Construction and Optimization of Digital Twin Model for Hardware Production Line

机译:硬件生产线数字孪生模型的构建与优化

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A digital twin system about hardware production line is designed in this paper. Based on 3D modeling and visualization technology, a model database is established to meet the needs of production line. Genetic Algorithm is used to improve the process layout, which raises the equipment utilization. In order to achieve better obstacle avoidance, the robot path planning is carried out to avoid interference. By combining the above results, the digital model is built in Demo3D software to realize the simulate and virtual debugging. The result shows that this system of hardware production line can complete the debugging of real physical equipment in virtual environment. The feasibility and practicability of this method are verified.
机译:本文设计了一个关于硬件生产线的数字孪生系统。基于3D建模和可视化技术,建立了满足生产线需求的模型数据库。遗传算法用于改进工艺布局,提高了设备​​利用率。为了更好地避开障碍物,执行了机器人路径规划以避免干扰。结合以上结果,数字模型内置于Demo3D软件中,以实现仿真和虚拟调试。结果表明,该硬件生产线系统可以完成虚拟环境中真实物理设备的调试。验证了该方法的可行性和实用性。

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